IIT JEE Mains Course – 800+ Hours for Class 11 & 12
- Description
- Curriculum
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About the Course:
Prepare to ace the IIT JEE Mains with our comprehensive 2-year course for Class 11 & 12 students, designed by top educators to give you a solid edge in one of India’s toughest entrance exams. This all-in-one course offers:
✅ 800+ Hours of High-Quality Video Lectures
- In-depth coverage of Physics, Chemistry, and Mathematics
- Concept clarity and advanced problem-solving techniques
✅ 4000+ Solved Practice Questions
- Carefully curated to match the latest JEE Mains pattern
- Covers all difficulty levels, from fundamentals to advanced
✅ 3000+ Solved Previous Year Questions (PYQs)
- Detailed video solutions for the last 10+ years of JEE Mains papers
- Understand exam trends and question formats
✅ Live Doubt-Clearing Sessions
- Regular interaction with subject experts
- Get real-time solutions and concept reinforcement
✅ Personalized Mentorship & Study Plans
- 1-on-1 guidance to track progress and boost weak areas
- Smart strategies tailored to individual learning pace
Study Material:
115 Fully Solved Topic Wise Practice Tests,25000+ Questions in Practice Sheets with their Solutions.
Solved Previous 10 Years Chapterwise Questions, 90+ Mind Maps, Self-Asswssment Quizzes, Exercises on NCERT & State Board based, Concept Builder & Brain Booster, Competition, Corner.
Test System:
97 JEE Mains Topic Wise Tests, 94 JEE Advanced Topic Wise Tests, Full and Half Syllabus Tests, Regular Review Tests, Solved Previous 10 Years Chapterwise Questions, JEE Mains Mock Tests, JEE Advanced Mock Tests, Personalised Doubt Solving.
Whether you’re starting fresh in Class 11 or strengthening your base in Class 12, this course equips you with the right tools, discipline, and mentorship to crack the JEE Mains confidently
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1Practice Test 4
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2Demo and Course Content
What you will learn: A demo class and Course content
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3maths formula
- [pmath size=24]S(f)(t)=a_{0}+sum{n=1}{+infty}{a_{n} cos(n omega t)+b_{n} sin(n omega t)}[/pmath]
- [pmath size=24]delim{lbrace}{matrix{3}{1}{{3x-5y+z=0} {sqrt{2}x-7y+8z=0} {x-8y+9z=0}}}{ }[/pmath]
- [pmath size=24]delim{|}{{1/N} sum{n=1}{N}{gamma(u_n)} - 1/{2 pi} int{0}{2 pi}{gamma(t) dt}}{|} <= epsilon/3[/pmath]
- [pmath size=24]vec{Del}f(x,y) ~ = ~ {partial{f}}/{partial{x}}hat{i} ~ + ~ {partial{f}}/{partial{y}} hat{j}[/pmath]
- [pmath size=24]{Del}f(x,y) ~ = ~ {partial{f}}/{partial{x}}i ~ + ~ {partial{f}}/{partial{y}} j[/pmath]
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4Mock Test 1
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5Practice Test-1
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6Practice Test -2
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7Practice Test-3
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8Lesson 1 Vectors
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9Lesson 2 Parallelogram Law
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10Lesson 3 Parallelogram Law-2
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11Lesson 4 Unit Vectors
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12Lesson 5 Resolution of Vectors
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13Lesson 6 Miscellaneous-1
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14Lesson 7 Miscellaneous-2
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15Lesson 8 Scalar or Dot Product
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16Lesson 9 Angle Between Vectors
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17Lesson 10 Vectors Product -1
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18Lesson 11 Vector Product-2
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19Lesson 12 Vector Product -3
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20Lesson 13 Properties Of Vector Product
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21Lesson 14 PYQ Vectors-1
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22Lesson 14 PYQ Vectors-1
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23Lesson 16 PYQ Vectors-3
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24Lesson 17 Lamis Theorem-1
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25Lesson 18 Lamis Theorem-2
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35Lesson 1 (1) NLM Constrained Motion
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36Lesson 2 (2) Constrained Motion
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37Lesson 3 (3) Constrained Motion
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38Lesson 4 (1) Newtons Law Of Motion-1
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39Lesson 5 (2,3) Newtons Law Of Motion
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40Lesson 6 Constrained Motion
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41Lesson 7(1) Constrained Motion
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42Lesson 7 (2) Newtons Law Of motion
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43Lesson 7(3) Newtons Law Of Motion-4 change In Momentum
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44Lesson 7 (4) Newtons Law Of Motion
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45Lesson 7(5) Newtons Law Of Motion
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46Lesson 8(1)Conversation Of Momentum
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47Lesson 8(2,3)Conservation Of Momentum
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48Lesson 8 (4) Conservation Of Momentum
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49Lesson 8 (5) Conservation Of Momentum
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50Lesson 9 (1) Free Body Diagram
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51Lesson 10 (1) Types Of Forces
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52Lesson 10 (2)Free Body Diagram
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53Lesson 11 (1) Motion Of Connected Bodies
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54Lesson 11 (2) Motion Of Connected Bodies
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55Lesson 12 (1) Friction
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56Lesson 12 (2,3) Applications Of Friction
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57Lesson 12 (3,4,5) Applications Of Friction
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58Lesson 12 (6,7,8) Applications Of Friction
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59Lesson 13 (1,2,3)Applications Of Friction
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60Lesson 13 (3,4) Applications Of Friction
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61Lesson 13 (4,5) Applications Of Friction
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62Lesson 14 (1,2,3) Friction Problems
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63Lesson 14 (3,4)Friction Problems
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64Lesson 14 (5,6) Friction Problems
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65Lesson 14 (7,8,9) Friction Problems
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66Lesson 15 (1) Spring Force
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67Lesson 15 (2)Spring Force
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68Lesson 15 (3,4,5) Spring Force.
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69Lesson 16 (1,2) NLM-1 PYQ'S
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70Lesson 16 (3,4) NLM PYQ'S
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71Lesson 16 (4) NLM PYQ'S
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72Lesson 17 Applications Of Friction
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73Lesson 17 (2) Applications Of Friction
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74Lesson 18 (1) Dynamics Of Circular Motion
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75Lesson 18(2) Dynamics of Circular Motion
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76Lesson 19 (1,2) Friction Problems
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77Lesson 19(3,4,5)Friction Problems
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78Lesson 19 (6) Friction Problems
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79Lesson 20 (1,2) PYQ'S NLM
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80Lesson 20 (3,4,5)PYQ'S NLM(Motion Of Connected Bodies)
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81Lesson 20 (6) PYQ'S NLM
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82Lesson 21(1)Dynamics Of Circular Motion
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83Lesson 21 (2)Dynamics Of Circular Motion
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84Lesson 21(3)Dynamics Of Circular Motion
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85Lesson 22 (1, 2) Ques & Ans
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86Lesson 22 (3, 4) Banking of Roads
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87Lesson 23 (1) PYQ-Friction
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88Lesson 23 (2) PYQ-Friction
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89Lesson 23 (3, 3.1, 3.2) PYQ-Friction
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90Lesson 23 (3.3, 3.4) PYQ-Friction
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91Lesson 23 (4,5,6) PYQ-Friction
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92Lesson 24 (1, 2) PYQ-Friction
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93Lesson 24 (3) PYQ-NEET-Friction
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94Lesson 24 (4) PYQ-Circular Motion.
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95Lesson 1 (1) Work, Energy & Power
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96Lesson 1 (2) Work, Energy & Power
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97Lesson 1 (3) Work, Energy & Power
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98Lesson 1 (4) Work, Energy & Power (Ques & Ans)
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99Lesson 2 Work done in Compressing Cylinder
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100Lesson 3 Work done in lifting stone
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101Lesson 4 (1) Work Energy Theorem
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102Lesson 4 (2,3) Work Done & Conservative Force
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103Lesson 4 (4) Potential Energy
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104Lesson 5 (1) Gravitational Potential Energy
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105Lesson 5 (2,3) Potential Energy Points to Remember
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106Lesson 5 (3.1) Potential Energy Points to Remember
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107Lesson 5 (3.2) Potential Energy Points to Remember
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108Lesson 5 (3.3) Potential Energy Points to Remember
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109Lesson 5 (4) Conservation of Mechanical Energy
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110Lesson 6 (1) (NEET (PYQ-WORK)
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111Lesson 6 (2, 3) (PYQ Work done)
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112Lesson 6 (4) Potential Energy of Spring
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113Lesson 8 (1) Ques & Ans
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114Lesson 8 (2) Ques & Ans
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115Lesson 9 (1) Chain Problems
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116Lesson 9 (2) PYQ-Energy
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117Lesson 10 (1) Power
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118Lesson 10 (2) Ques & Ans
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119Lesson 10 (3) Ques & Ans
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120Lesson 11 (1) Collisions
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121Lesson 11 (1.1, 1.2, 1.3) Collisions
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122Lesson 11 (2) Ques & Ans
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123Lesson 12 (1,2) (Ques & Ans) Coefficient restitution
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124Lesson 12 (3,4) Collisions & PYQ
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125Lesson 12 (5) Ques & Ans
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126Lesson 12 (6) Ques & Ans
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127Lesson 1 (1,2) Centre of Mass
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128Lesson 1 (3) Centre of Mass Q&A's
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129Lesson 2 (1) Centre of Mass for continous Mass System
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130Lesson 2 (2,3) Solid Hemisphere
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131Lesson 3 (1) Motion of Centre of Mass
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132Lesson 3 (2) Explosion of an object
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133Lesson 4 (1) Centre of mass Q&A , Spring Block System
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134Lesson 4 (2) Spring Block System
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135Lesson 5 (1) Spring Block System , Cavity Q&A's.
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136Lesson 5 (2) NEET - PYQ Q&A's
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141Discovery of Electron
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142Atomic Model
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143Atomic Number
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144Frequency Values of EMR
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145Photo Electric Effect
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146Bhor model
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147Introduction of Atomic Structure
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148Atomic Modules
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149Hydrogen Spectrum
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150Hydrogen Spectrum
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151Radius of an orbit
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152De-Broglie Wave Equation
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153Schrodinger Wave Equation
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154Quantum numbers
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1552 Quantum Numbers
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156Boundary Surface Diagrams & Orbitals
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1571 Electronic Configuration
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1582 Electronic Configuration
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159Synopsis
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1601 Atomic Structure Level-1 MCQ's
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1612 Atomic structure Level-1 MCQ's
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1623 Atomic Structure Level-1 MCQ's
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1631 Atomic Structure Level -1 MCQ's
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1642 Atomic Structure Level-1 MCQ's
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1653 Atomic Structure Level-1 MCQ's
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1664 Atomic Structure Level -2 MCQ's
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1671 Atomic Structure MCQ's
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1682 Atomic Structure MCQ's
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1693 Atomic Structure MCQ's